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1-2 of 2 results by Jeremy St. Thomas
One-liner
A large prospective PECARN study developed and validated a highly sensitive clinical prediction rule to safely reduce unnecessary cervical spine imaging in children with blunt trauma.
Background: Pediatric cervical spine injury (CSI) is rare (<1% of blunt trauma), but missing an injury has devastating consequences. Existing adult rules (NEXUS, Canadian C-Spine Rule) are not well validated in children.
Methods: This multicenter prospective observational study enrolled over 22,000 children with blunt trauma across PECARN hospitals. Investigators identified clinical variables associated with CSI and derived a risk-stratification rule.
Results: The rule demonstrated very high sensitivity (~94%) and an extremely high negative predictive value (>99.9%) for clinically significant CSI. High-risk factors (e.g., GCS 3–8, focal neurologic deficits) warrant CT, whereas intermediate-risk factors may be evaluated with plain radiographs. Children without identified risk factors generally do not require imaging.
Limitations: Observational derivation/validation study rather than an interventional trial. Clinical judgment remains important in atypical presentations.
Clinical Relevance: This is likely to become the pediatric equivalent of the PECARN head trauma rule and should reduce unnecessary CT imaging while maintaining patient safety.
Take-home Points
- First large, validated pediatric-specific CSI rule.
- Helps identify children who require CT versus radiographs versus no imaging.
- Expected to reduce radiation exposure.
- May become the new standard for pediatric cervical spine evaluation.
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One-liner:
Point-of-care ultrasound was noninferior to radiographs for diagnosing distal forearm buckle fractures while improving patient experience.
Summary:
Background: Distal forearm buckle fractures are among the most common pediatric fractures and are often straightforward to diagnose.
Methods: Multicenter randomized trial comparing ultrasound-first evaluation with conventional radiography (n=270).
Results: Ultrasound accurately diagnosed buckle fractures with similar clinical outcomes. Families reported greater satisfaction, ED length of stay decreased, and radiation exposure was avoided.
Limitations: Requires physician ultrasound training. Results apply primarily to uncomplicated distal forearm injuries.
Clinical Relevance: Supports expanding POCUS use for selected pediatric orthopedic injuries and reducing unnecessary radiographs.
Take-home Points:
POCUS is an effective first-line imaging modality, ideal for experienced ultrasound users.
Shorter ED stays.
Eliminates radiation.